- nrf905模块源程序 nrf905模块的编程资料
- RTC实时时钟(DS1302)
- Tcp c# TCP分包收发文件
- ExpertsEstimationProccesing experts estimation processing as laboratory work. you can insert various data if wish. experts estimation processing experts estimation processing experts estimation processing
- AN_SPMC75_0101 NTC热敏电阻与STC单片机制作的温度计(NTC thermistor and STC single chip thermometer)
- FreeCars鸳鸯测距KL26例程 大学生飞思卡尔智能车
资源列表
EVMK4
- 利用数据，进行对出行者出行状态的蒙特卡洛模拟方法(metro Carlo simulation)
cma
- CMA-ES算法，CMA-ES一个很好的ES优化算法, C语言程序, 很好看懂.(CMA-ES algorithm, CMA-ES a good ES optimization algorithm, C language program, very good to understand.)
pmsm_vec_SVPWM
- 基于MATLAB/smulink的异步电动机弱磁控制模型仿真，调试完毕，但是对于学习弱磁控制还是有一定的帮助(The simulation of the MATLAB/smulink based induction motor weak magnetic control model is completed, but it has some help for the learning of weak magnetic control.)
33259061GaScheduleSource
- 这是一个完整代码，在使用之前请下载visual stadio 2005以上版本运行该程序。然后打开---项目/解决方案，导入sln文件即可运行。可以供编程者们参考。(This is a complete code. Before use, please download the visual Stadio 2005 version to run the program. Then open the project / solution and import the SLN file to run
IPOPF
- 内点法最优潮流计算，可选择多种节点，附带IEEE标准节点数据。经验证程序可正常运行。(With the internal point method, the optimal power flow calculation can select a variety of nodes with IEEE standard node data. The verifier can run normally.)
SAR成像BP算法
- 用BP算法实现雷达的SAR成像，适用于初学者(SAR imaging with BP algorithm)
16年4月22日可跑程序
- 2016年恩智浦智能车摄像头组可以跑的程序(NXP 2016 smart car camera group can run the program)
四边形单元刚度矩阵程序
- 实现有限元中四边形单元的刚度矩阵计算，实现参数转换功能(Calculation of stiffness matrix of quadrangle element in finite element)
卷积神经网络与稀疏编码
- 关于稀疏编码的与卷积神经网络关系的深入解读(In-depth interpretation of the relationship between sparse coding and convolution neural networks)
新建文本文档
- 45钢的回火冷却以及其中的温度场分析，根据情况稍加修改即可(Tempering cooling of 45 steel)
07329519Rader-Systems-Design
- 毫米波雷达的参考书籍，中英文都有，不错的参考资料(Reference books for millimeter wave radar are available both in Chinese and English.)
机器学习20讲随书源码
- 机器学习20讲随书源码，主要用来对图像进行处理和识别(Machine learning 20, the source of the book, mainly used to process and identify the image)